ADSL2+

Asymmetric Digital Subscriber Line version 2 plus (ADSL2+), a technology of the xDSL family, is widely adopted nowadays among other xDSL technologies. Commonly offered in highly-populated metropolitan areas, ADSL2+ is also a favoured solution for sparsely populated areas with fewer multi-dwelling units, where DSL is more cost-effective than FTTH/B (Fibre to the Home / building) solutions. ADSL2+ data rates can be as high as 24 Mbps downstream and up to 1.4 Mbps upstream depending on the distance from a Central Office (CO) to the business or home premises.

D-Link provides an array of ADSL2+ modems and routers to fulfil the various demands of Service Providers and end-customers. With the support of Remote Support System (RSS), D-Link DSL routers minimise the time needed to troubleshoot problems on home networks, reducing operating costs and service expenses. Compliant with the Home Gateway Initiative's Smart QoS, D-Link ADSL2+ routers automatically detect the type of connected devices and assign a pre-defined priority for each device. This QoS support allows users to enjoy high transmission for applications such as IPTV, VoIP, and on-line games over the Internet. D-Link's ADSL2+ modems and routers provide all the essentials that a home or small office needs to establish a high-speed remote link to the outside world.

Wireless ADSL2+ Modem Routers

ADSL2+ support

Fast Ethernet/Gigabit WAN

Annex A/L/M or B/J/L

Fast Ethernet/Gigabit LAN

802.11a/b/g/n/ac Wireless LAN

WPS

USB 2.0/3.0 host port for printer

TR-037/62/68/69 with ACS compliant

IPv6 ready

D-Link provides Wireless ADSL2+ Modem Routers that are versatile and high-performance, suitable for the home or small office. Integrated wireless provides a convenient, secure way for your customer to share a ADSL2 connection with multiple users without the need of an additional device. The optional USB port provides a simple way to share access to a printer over the home network.

Fully TR-037/62/68/69 compliant to ensure manageability as well as interoperability